Safety Position
Local-first intelligence, not uncontrolled automation.
The platform’s smart tooling direction starts with deterministic browser-native systems: validation, parsing, scoring, optimization, previews, and reversible exports. Future AI assistance should support those workflows while keeping privacy and user review at the center.
Privacy before automation
AI-assisted workflows should never require private files, tokens, documents, or code snippets to leave the browser unless the user clearly chooses a server-backed workflow.
Explainable recommendations
Smart tools should explain what they found, why it matters, and what changed. Users should be able to review output instead of blindly accepting automated decisions.
Deterministic foundations
Browser-native analyzers, validators, and repair systems should provide predictable results first. AI assistance can be layered later without replacing stable local logic.
User control and recovery
Users should be able to reset tools, compare before and after states, download results, and avoid irreversible changes during browser-based processing.
Safe usage guidance
- Review generated or repaired output before using it in production.
- Avoid pasting private secrets, API keys, passwords, or sensitive customer data into tools unless the workflow is explicitly local and appropriate for that data.
- Use copy and download actions only after confirming the output is correct.
- Prefer local tools for routine formatting, conversion, validation, and frontend diagnostics.
- Treat future AI-assisted suggestions as guidance, not as guaranteed truth.
Future AI safety requirements
- Clear labels for local-only versus server-assisted workflows.
- Model-loading transparency for browser AI features.
- No analytics tied to user file contents or sensitive prompts.
- Reviewable change logs for automated transformations.
- Graceful fallbacks when advanced browser AI features are unavailable.
How this applies to Smart HTML Fixer
Smart HTML Fixer is intentionally built around explainable analysis, deterministic recommendations, section planning, optimization, inline CSS extraction, and design-system normalization. That makes it a foundation for future AI-assisted frontend guidance without becoming an uncontrolled website generator.